THERMODYNAMIC PROPERTIES OF DENSE HYDROGEN PLASMAS WITH PARTIALLY DEGENERATE SEMICLASSICAL IONS

In this article, we investigated the thermodynamic properties of a one-component dense non-ideal hydrogen plasma with semiclassical ions against background degenerate quantum electrons. The effective potential ion-ion interaction that takes into account mechanical effects diffraction was used as model for interaction. Ion-ion radial distribution functions were calculated based on solution Ornstein-Zernike integral equation in hypernetted-chain (HNC) approximation. calculations, micropotential since only screening due to uniform (i.e., electrons) taken account, but not between themselves. addition, effect ion diffraction. Thermodynamic properties, such correlation energy and component state, obtained interparticle potential. presented percentage results Yukawa depending density coupling parameter values. difference is greater denser at higher values parameters.